3BHE014377R0001 PVD164 Excitation Board

Brand: ABB
Model:3BHE014377R0001 PVD164
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

3BHE014377R0001 PVD164 Excitation Board

Product manual:

3BHE014377R0001 PVD164 Excitation Board
It is a key component in ABB's PVD series servo drive system, mainly used to drive and control precision servo motors.
It performs motor motion control tasks by processing control signals and converting them into the current, frequency, and voltage signals required by servo motors.
Main features and functions:
Signal conversion and amplification:
The main function of the excitation board is to convert the low-level signal provided by the control system into the high current output signal required to drive the motor,
Ensure that the servo motor can accurately execute motion commands.
Efficient feedback control:
The excitation board will receive and process feedback signals from the servo motor, such as position, speed, and current,
Ensure the stability and accuracy of motor motion, and adjust the driving signal in real-time to optimize motor performance.
Accurate speed and position control:
In applications with high precision control requirements
， The PVD164 excitation board can ensure precise positioning and motion of the motor under various complex working conditions, adapting to the control requirements of fast response.
Overload protection and fault diagnosis:
The incentive board is equipped with multiple protection mechanisms, including overload protection, overvoltage protection, and overheating protection,
Ensure that the system can operate safely even under extreme working conditions. At the same time, it can also monitor the status of the drive system in real time through its built-in diagnostic function.
High integration:
This incentive board has high integration, reducing the complexity of multiple components in the system,
Simplified installation and maintenance, while improving system reliability and operational efficiency.